Hematological blood components were analyzed in blood from 53
animals (32 control and 21 AM treated animals); biochemical blood
components were measured in the blood samples fromall 160 animals.
Hematocrit value (%) was obtained using the micro-hematocrit technique
of Total erythrocyte and leukocyte
counts were obtained by the method described by Leukocyte differential count and hemoglobin concentration
were determined according to Plasma glucose
concentrations were determined using the GOD-PAP test without
deproteinization (GL 2623, RANDOX®). To determine lactate concentration,
a measurement technique based on an enzymatic UV test was
applied. The method consists of a reaction to transform the lactate in
pyruvate, which produces hydrogen peroxide (RANDOX® Manual RX
MONZA). Plasma concentrations of cortisol (μg/dl) were determined
using a competitive immunoassay technique The plates were read using a Dynatech-MRX Microplate Reader
(DYNEX Technologies, Inc., VA, USA) at 410 nm.
Hematological blood components were analyzed in blood from 53animals (32 control and 21 AM treated animals); biochemical bloodcomponents were measured in the blood samples fromall 160 animals.Hematocrit value (%) was obtained using the micro-hematocrit techniqueof Total erythrocyte and leukocytecounts were obtained by the method described by Leukocyte differential count and hemoglobin concentrationwere determined according to Plasma glucoseconcentrations were determined using the GOD-PAP test withoutdeproteinization (GL 2623, RANDOX®). To determine lactate concentration,a measurement technique based on an enzymatic UV test wasapplied. The method consists of a reaction to transform the lactate inpyruvate, which produces hydrogen peroxide (RANDOX® Manual RXMONZA). Plasma concentrations of cortisol (μg/dl) were determinedusing a competitive immunoassay technique The plates were read using a Dynatech-MRX Microplate Reader(DYNEX Technologies, Inc., VA, USA) at 410 nm.
การแปล กรุณารอสักครู่..
